MOOG G771K208A

Description

Technical Parameters MOOG G771K208A

Advantages and Features MOOG G771K208A

1. High Precision Control: The low – friction pilot stage of MOOG G771K208A delivers high resolution and low hysteresis, improving control accuracy for close – tolerance operations.
2. Enhanced Electrical Safety: MOOG G771K208A has reverse polarity protection and internal parallel wiring, reducing the risk of electrical damage during installation and operation.
3. Easy Calibration: Magnetic zero – position adjustment of MOOG G771K208A enables quick on – site null calibration without complex tools.
4. Rugged & Versatile: The dry torque motor of MOOG G771K208A is compatible with multiple hydraulic fluids, and its robust design ensures long – term reliability in harsh industrial environments.
5. Standard Integration: The ISO 10372-02 mounting surface of MOOG G771K208A allows direct installation on standard hydraulic manifolds, shortening installation time穆格中国.

Application Cases MOOG G771K208A

1. Thermal Power Plant Turbine Control: A 600MW thermal power plant used MOOG G771K208A to control the hydraulic actuators of the steam turbine’s governing valves. The servo valve’s high frequency response enabled rapid adjustment of steam flow, improving turbine efficiency by 8% and reducing load – change response time by 15%.
2. Automotive Test Bench: An automotive testing lab integrated MOOG G771K208A into its suspension durability test bench. Its precise flow control simulated real – world road conditions, ensuring accurate fatigue testing of vehicle suspensions and reducing test cycle time by 20%.
3. Metal Forming Press Control: A sheet metal factory deployed MOOG G771K208A in its hydraulic stamping press. The valve’s low hysteresis provided consistent pressure control, reducing part defects by 25% and increasing production yield.

Competitor Comparison

Selection Suggestions

1. Choose MOOG G771K208A for medium – flow hydraulic control applications (up to 17 L/min) that demand high precision and fast dynamic response, such as turbine control and test benches.
2. Prioritize MOOG G771K208A for systems requiring compatibility with multiple hydraulic fluids, as its dry torque motor supports mineral oil, phosphate ester, and water – glycol.
3. Select MOOG G771K208A for projects with standard ISO 10372-02 hydraulic manifolds to ensure seamless integration and reduce custom adapter costs.

Precautions

1. Use clean hydraulic fluid (NAS 6 or better) with MOOG G771K208A to prevent damage to the spool – and – bushing assembly and maintain valve performance.
2. Do not exceed the 210 bar maximum operating pressure of MOOG G771K208A to avoid internal component failure.
3. Follow the manufacturer’s guidelines for null calibration when installing MOOG G771K208A to ensure accurate flow control.
4. Ensure the input current of MOOG G771K208A stays within the 8-200 mA range to protect the torque motor from burnout.
5. Store MOOG G771K208A in a dry, dust – free environment at -20°C to +70°C when not in use, and cap all ports to prevent contamination.

FOXBORO P0926GW FBM232
FOXBORO P0926GX FBM233
FOXBORO P0926GG FBM224
FOXBORO P0922QS
FOXBORO FBM228
FOXBORO P0800DS
FOXBORO P0800DV